import base64
import json
import random
import secrets
import time
import uuid

from app.chatgpt.arkose.dcrypto import BDACrypto
from app.chatgpt.arkose.utils import x64hash128

webgl_extensions_1 = "ANGLE_instanced_arrays;EXT_blend_minmax;EXT_clip_control;EXT_color_buffer_half_float;EXT_depth_clamp;EXT_float_blend;EXT_frag_depth;EXT_polygon_offset_clamp;EXT_shader_texture_lod;EXT_texture_compression_bptc;EXT_texture_compression_rgtc;EXT_texture_filter_anisotropic;EXT_texture_mirror_clamp_to_edge;EXT_sRGB;OES_element_index_uint;OES_fbo_render_mipmap;OES_standard_derivatives;OES_texture_float;OES_texture_float_linear;OES_texture_half_float;OES_texture_half_float_linear;OES_vertex_array_object;WEBGL_color_buffer_float;WEBGL_compressed_texture_astc;WEBGL_compressed_texture_etc;WEBGL_compressed_texture_etc1;WEBGL_compressed_texture_s3tc;WEBGL_compressed_texture_s3tc_srgb;WEBGL_debug_renderer_info;WEBGL_debug_shaders;WEBGL_depth_texture;WEBGL_draw_buffers;WEBGL_lose_context;WEBGL_multi_draw;WEBGL_polygon_mode"
webgl_extensions_2 = "ANGLE_instanced_arrays;EXT_blend_minmax;EXT_clip_control;EXT_color_buffer_half_float;EXT_depth_clamp;EXT_disjoint_timer_query;EXT_float_blend;EXT_frag_depth;EXT_polygon_offset_clamp;EXT_shader_texture_lod;EXT_texture_compression_bptc;EXT_texture_compression_rgtc;EXT_texture_filter_anisotropic;EXT_texture_mirror_clamp_to_edge;EXT_sRGB;KHR_parallel_shader_compile;OES_element_index_uint;OES_fbo_render_mipmap;OES_standard_derivatives;OES_texture_float;OES_texture_float_linear;OES_texture_half_float;OES_texture_half_float_linear;OES_vertex_array_object;WEBGL_blend_func_extended;WEBGL_color_buffer_float;WEBGL_compressed_texture_s3tc;WEBGL_compressed_texture_s3tc_srgb;WEBGL_debug_renderer_info;WEBGL_debug_shaders;WEBGL_depth_texture;WEBGL_draw_buffers;WEBGL_lose_context;WEBGL_multi_draw;WEBGL_polygon_mode"


def get_new_bda(bda, decrypt_user_agent, timestamp, encipher_user_agent):
    key = decrypt_user_agent + str(timestamp)
    crypto = BDACrypto(key)
    raw_fingeprint = json.loads(base64.b64decode(bda))
    fingerprint_list = json.loads(crypto.decrypt(raw_fingeprint).decode())
    # new_fingerprint_list = fingerprint
    #
    fingerprint_dict = {i['key']: i['value'] for i in fingerprint_list}
    fingerprint_dict['n'] = base64.b64encode(str(int(time.time())).encode("utf-8")).decode("utf-8")
    fingerprint_dict['wh'] = secrets.token_hex(16) + '|72627afbfd19a741c7da1732218301ac'
    jsbd = {"HL": random.randint(1, 20), "NCE": True, "DT": "", "NWD": "false", "DMTO": 1, "DOTO": 1}
    fingerprint_dict['jsbd'] = json.dumps(jsbd, separators=(',', ':'))

    """ fe 处理
    逆向详情 关键词 var mn = function(t), DNT
    https://tcr9i.openai.com/v2/2.9.0/enforcement.b3b1c9343f2ef3887d61d74272d6a3af.js
    """
    fe = fingerprint_dict['fe']
    fe_dict = {i.split(':')[0]: i.split(':')[1] for i in fe}
    width, height = fe_dict['S'].split(',')
    fe_dict['AS'] = fe_dict['S']
    new_fe = ["{}:{}".format(k, v) for k, v in fe_dict.items()]
    fingerprint_dict['fe'] = new_fe

    # 重新计算 ife_hash
    fingerprint_dict['ife_hash'] = x64hash128(", ".join(fingerprint_dict['fe']), 38)

    """ enhanced_fp 处理
        逆向详情 关键词 var mn = function(t), _e.Jx,  M = function(e)
    https://tcr9i.openai.com/v2/2.9.0/enforcement.b3b1c9343f2ef3887d61d74272d6a3af.js
    """
    enhanced_fp = fingerprint_dict['enhanced_fp']
    enhanced_fp_dict = {i['key']: i['value'] for i in enhanced_fp}
    enhanced_fp_dict['screen_pixel_depth'] = int(fe_dict['D'])
    enhanced_fp_dict['window_outer_width'] = int(width)
    enhanced_fp_dict['window_outer_height'] = int(height)
    enhanced_fp_dict['1l2l5234ar2'] = str(int(time.time() * 1000)) + '\u2063',
    enhanced_fp_dict['4b4b269e68'] = str(uuid.uuid4())

    enhanced_fp_dict.pop("d4a306884c", None)
    enhanced_fp_dict.pop("4ca87df3d1", None)
    enhanced_fp_dict.pop("867e25e5d4", None)
    webgl_extensions_arr = enhanced_fp_dict["webgl_extensions"].split(";")
    enhanced_fp_dict['webgl_extensions'] = ";".join(
        random.sample(webgl_extensions_arr, k=random.randint(18, len(webgl_extensions_arr))))
    enhanced_fp_dict["webgl_extensions_hash"] = x64hash128(enhanced_fp_dict['webgl_extensions'], 0)
    enhanced_fp_dict['webgl_hash_webgl'] = x64hash128(','.join(
        value for key, value in enhanced_fp_dict.items() if key.startswith('webgl_') and key != 'webgl_hash_webgl'), 0)
    new_enhanced_fp_list = [{'key': k, 'value': v} for k, v in enhanced_fp_dict.items()]
    fingerprint_dict['enhanced_fp'] = new_enhanced_fp_list
    # print(enhanced_fp_dict)

    new_fingerprint_list = [{'key': k, 'value': v} for k, v in fingerprint_dict.items()]

    # from app.chatgpt.arkose.fingerprint import get_new_fingerprint_list
    # new_fingerprint_list = get_new_fingerprint_list()
    # # print(new_fingerprint_list)
    return generate_bda(new_fingerprint_list, encipher_user_agent)


def generate_bda(fingerprint, user_agent):
    # 生成新的 bda
    timestamp = time.time()
    timestamp = int(timestamp - (timestamp % 21600))

    key = user_agent + str(timestamp)
    crypto = BDACrypto(key)
    fingerprint_str = json.dumps(fingerprint, separators=(',', ':'))

    repacked_bda = json.dumps(crypto.re_encrypt_v2(fingerprint_str), separators=(',', ':'), sort_keys=True)
    new_bda = base64.b64encode(repacked_bda.encode()).decode()

    return {'bda': new_bda, 'X-Ark-Esync-Value': str(timestamp)}


def generate_bda_info(encipher_user_agent):
    # bda = "{"ct": "/HQ7Sz1TdZGQE3Vnl5Qo7yG7zFP0vRzHeF+hb0it3sC3RGooF5C0H2WglwTkuHB+4A1VGpjkMpqgIVBYFqKTHbcZ/Qe/+9JK5iSRx+p/y12tOhKm5IPhnCSTjqyvp+HkLKLb1I/8HaFgX5SZQ+lsThp89jLQerbC0KHzWU1yulezkW1jNCHFrJ8wrdTm8j6yNdOwp9W03HatPEyFv9xLvBsEd7lx39yfRSz8rP4ZpT4PBhK558YENf/CmHTy+OMaH/LMfFwYC9blQ6C0fxfQGaMNZZBvR1oaRhBbMblIqzWl8xeOJ+XfD69UKBEE6Sg+P5xNV+CTwYHNVlsiuGdHn6xB1fXsmfMLAhk09R+jUrmsoHgE3XlJpFmt6XBHkBUNneP1Yj2vh/F+8Y2W8dyPAKSjJA1SorfdNZW/dCOXgUR9yC21Zohijs11Ag5sltqkFs2HqTiw7jCg+sh7JWPopTkhPU51sao99hzcKNsKkDNosC9poiG5Re08gbAwk7wYZ64/YitikTaWu1UPvRTIrwQdX1BFPtID8c8aNiMh109pyNzzsmCMHLKd50i2+SpIsMA+9ExbPRWrfbsp0JlJfSmM+bJJLciEpJle9cyHs4H1XO6QIQvS2IibeFPgzTYesILC0+/6RGtnHli45rN4H0Io46fmFv2avAbgJfbw0dcsg1Ru4U4X3uu5Fiq4wapZfusckv1iYMwzFATnZluj89/drKCrASAdNZzj4ght4VOJAWT3wmQCFUZQQbAp0fphBsxE3fW9CVgTkf0/eUrJHtxMsETD3tAPHlgCYWLTzQZUBPpX/5Q7cE0PP6vynNzMSmvs+pld5sfe/OfgA9tV+00QtWnWpx/HPo5Tf/QeEjEL2f+DuDeEJVyU/9Ylpft8Spg1pfp4Miv7Q9T/1LltFMVEzezc0AuuGbkyM6Hv1RI6aSLB6NtTiBUIEjxKBiXNU2U6NXQkhQ51snTu/gUMq5MVVJBryCqoWJHN3hsIFvv+ynAiAoz/HOmtYZxSjzs5ERO0cnRGcVhuXsnWadbaip/4wvOQFptH3LBfgYItsCY1Y1GVNI67i8TjT5q2qeDG3Wbm30Bj2G6eheoB5FRj6it/b+WCJkimWDDItoi+X8CCCI41ANm/qY8IUs84RHrLZ4Z1N4thqHAdwDj1+uc7Xn20arEO71wQM2p9r5R/oM+dkaHMUlPNoo9puwV2L+vlmQZ8xQ95oxzvhgR+9IS/6/2Sk202rA+euBB0LH5ZsJQf3ASYOFFeQtBaLapJ3ankzpJfiHQtPKlMEohuWK6S+ak2DFlxzFjTsuQiAEdT7gvqg+I72Pu1R1x9Q0H7q4m9OAAjf5Q05kGXrZ4o7CJWnr0lZsajz9CZZcPZUBnR8W5ngj9o+6DBatDeKScrRSz9Q309qA259jHwT2SP6MUGjX9UDS7drZQwzfw3lI8rWZ3jjROhWjZz1I+qW7IRZc0PaTNL1YhtCjqmD8nTPFckPthDXew83UpQP3gKSnFCtRXCjuqi/SIJf5F+0+qelBRumE4JcbV2oyktI9t3Pan8kDgIfP3Q+7C3CYPVGT8LoQ7//7Uq8EyTL3gCIzadtg0RFv6AXB4uQ2FjrtOhcTOb7JmChhPyC3VXQmnnmSF3isXdBD3B71ncK3mkjpNEp1lM9DvcfrM/9fXxjC13iV6x9g3ITObwa+gFbhmv35YauvikX3//5o5uHF1baOxySE7Eu+IHgXhghPaBvG/Sfl+3wzKhI86z6lMGnmYIwvnLO0EPINQ66Mj90RaaepDNKqPhZkdOHEESvSRJAQBtk30XHfrQdqTKv7Z+iyDC87yxGoIRhWFf8yfKhKu++h0onuxoZDTBspeuEJyYDUZPvwqBHX7SER66kqdW6aBVp3n4YqWXCgLuybRc+ntaP7/EEuVd7kD4xw0N71eIEubRYX0aGIJNx5updLZkwlwbfwF7QDYot4xTMGvdV+ufKLILSNesCNOcaUr74hX4NgChfVBPN2j+NJ8aaXwYBv49D+UNWPZZsbtCCH8IMMJiwrz3Ay7wgEW+jh8fKt7gUqtCDe+mKTgWc6veP3c56bRoYTRTUPsnzRECl9rEnhb89d/dd2PZbtQJuSWAT32CH6pEdkRBpRNn0o5JYmImhxpQ+L9mZOYImGBiJAYBj/Sf8zt+npZLB9sLvqWLSJ2HYwI8rAPjSy1mCiopYhZKO2v0WPGbly6XEox+Dm029zUWDbtJzzCH126LvTn4HgX6jaV89EcY7hYpqWxDVAr9C9Zc+WjQpYs7Pvo4goBgjSFkB3Q3SKxgGUYrt9G6zNVHt5n4fw724xRn9X8XqLeK+H96my6m3yy4RPa+LwX8ZdjcRNUy4MevchOPm/xDNRBZE+ouoOrhgDTssu5tNUSyVMDVCLCtfdDgpn6K2kMRa/aSZtXUcEosIXJYfDtfjUdQEpKjkorBSrFPKI/7MrWT10EIEuRP+wPfGMLDd+/Pvaoioo1tebUnScTcW6CswHcmM4ZXagVhGuUfKNHyxB+UWA/kcUfS2BzY6Al3HZwqZITCgIXJkEay4ijZwMFAHFPlrzxojwDJNVugeAh1UfzI4axtLwvSsdnvrgIg627qvgU43xjRo5vfSRWqCUr1mJ106ItvN0sJzPtatj6wmli8OfLZOMVDj31eRuavDhvDbuvNT4aT8wVu5V43lDXdFDAuEYdj7PRLJgAKjcdl7MA5VJSG47s5yo/BJRV8+Xtj6jgPVx9OfsP4KsSfCxxrw1/6X+3Ooe9ZhiXsBXMO/PzSAbQqHEb4c1wyFE5CwUD5Gfqu0yiD8wvV+Y/1Ut9bmd2KyBQ1L4VJTv8f0STP056Fr3t19zKK+TRxaoRX5dSWHqEtCFkiEc8JdFf60wpXOXmuA9n/BV2rkTPZ6T4+otELhJy1ypDozt5ic5nDeTkFEJ973hOSo1Ila8DH7T2rfG6mm7P5qFADQFGI/nbAOYFqXMoMvsa25Ej3Z74tzUWaWNDFbP/RWosa4aHlRwkj+VHLMDP11e4TxPfHtocnRjQ0HsRlz/btpMbkguo2asewl8OzchMCzAi22ySRaWtl+157Xc2G3Ank6Um3S8/kGzvx+DJWdlkLbX61/x7j6m98y8JHbMU7yb9/x6/IimSqkiszdvMSSAjvi6cMiqf7xqtuof3PNG7KgCcJiBV49ixhrPL5GAeRHMhs52xbvnWoBXkEwTtiKXxGM+xKvprAyzdiFF4tMBiqGDBPtx6URAxHIgYHP9fkbd0xlAfPQIqEOIao7w/E9FgJZoaBHAOUuO/ACIqh9RbHoxSVcbcsdJH1scAmzys5sm2aBjuzt4M99SX9hVVNzfN6pHvEyA2bg6HcWBOHdANvpTFkaFGgA6bo5Ts6Xq+NGpVHB2FI0iTnmdwIN0xrrHZMJbCxf2Xi0IYDhkVqH4nRH6BFg9ywwQMDyaoG1+js25bEiUDF5yX1l0AV7KTz1DcNYqO2/ePAg1YfqbGuI7IaQzGtvnI4kHDs0hTvWu4tgErOrKCWT5UI4cYt/OE0LlqYa0Ilgs1gkLqBi4B+NnFTu0W9p+weP5DFOYa6zYxiclU/7LrQ9JHOLphqiW6PuBWf0tRClCLzIxtIiX9i70C3VsfAm4iB8gpIZcFo3gGq5lNhE7/MmY9TVc0DypMH9L/0HD2BCa3CCWPn37heQr7dItrlzp31lGhcsL0oxIoDZlMF/4muHoJtMTiHkLwK8HeWNWk6iQ2Sd4wu3LoPwFLxQsgUVv9OAyA15N/PkVFY5Rt8jaS5OcfBs5PIJ1ZRPtjUeJelOC3nZNSyfekW2zLK1cqeLkIvQjNMiL7jv1a1LlqEBltDfeHt1eWjjQ+qxPGYLZ603pLzR3/QYClPXbDiTN++Rkm3WCwNlyX358Raspa7kzeAr+A3oVxBnmx1VgHE41fwSGuvm0GFUKA84OaayD60dJZk7B+R0NAd34V2VGoyTlHQ3aPn8tiqBpkSeejOE5g+bogvJgmVf57XW0p9+8oup4RicYX8T2dWULALAtmozaSi8cz8wDVA55KGm/l1kDj9LeyRLGojCjotjd2KHX4uiFuh3TOI0cEpsBQPWiYO39NPtJOPKCgMIu91fQeEqSmDZJbiumRPY6e5ywBbnAWp8kRyqEIKe2K+QrXHMIyesmMFC9AZrlf3Z/F2DpRR34YWanHwEBiqofhXJppYzSUJOWTcn8nC/Vtqb/Obno0UP8xxiq/tvaPNMSao6AvBUEjUeaOBNOwuQtoCei6fLM+kqSOKC6ZwsUdntSC6AkSIa6/Vel08eayClVD4m63l0aje/ESoyrtCVqA4fcxwNLgmWEdsO2cJUs+EYCbVFCILJxzJ8HmN+ANUUHbvpQR9hytFCzWOLjdtxhNgjinx45BZYi1EgC90Ikb+l2BRjbHa25yURg0yrq9FzoN6QIv7hn9Fd9RKWkeDsOkBhTk9ZvGtnDgXD3MfV6jTMRR+XLrY3StQTT7ZocaKrkRZyXk8pMqM5Gvu7zAZ0HFzO/OgKT3DYpBXjsth2KVMEpvBLMAwKVgCWGiS8Qq8MGpHul1FfRfDiBGyXDDR0bwXZ0CpaSDQ8a4oFiVoOL6Eqe4BRStAsLtWJl30WsKMHagVfLVgdYi4HqlzmismoSGQxOYVchbXWJiI2vZFqKYpa4MvBImKDHPnCBgXHZfADJrSd4J0Mg472tTGQdrTx/NmCgxqm8Z1L+hKIs/v8n0S8AuY0hOWCXeEVjKzAaaez8NaIQRAB2Az2XmXk/NLvVIKgR1BbDfMFIAANmBYHqLkodDMXIJRfYvdVzCVnjoDMvxic95cr8vDIAi1WIFqoQbMY8WT3k6Q1OsqPGyxW1Hfae6iOL5oCPIp78EbOws7SaDnSp1HP6UsSGQ6zZ22Ri645yww1Kk9W6Ue1TzQcXuZQ4+VSawQgVm1dt3BG9mYw04m7rMyFsGS9kmKyJ7w+CqnTxsVBsl30mEDng3ySSgkNJlZYX8l9VA61RsG6U8tGyERzqIVDgGtZe6ljYUUjzm3Mirl1ePuPA0J6oHmJRvyVo1uE8r+ctsHEGKRyNJXEGaWHr782IaInBfV+SxLh29aWmKULyGl5M+6/Q+NF94jS5YtY6UIAsUokuq+QE/6T20VY6uB+yO9NmvqhrbmLymaYF/YTUE1H4MCfjNu2r6Xnv9onS/3BpBmcCuwe6SsVBkgl9CvUC5EfzTBpU7pQNH7JAZ5FWcdcLGYkWaGm1CdaiTegpkAjQRmd9sEUx8+faDM6qqDEkllOvAPysGJLmN/NAi1a25ljqArOTG0IjXufiqUqtzYRVrFrj78f9N0hxKImFohTMOilm2NutaexkHV1uVQhoZyQKCj3DZk79UOMJOcXJjKRYTVo8A6JInKavwtEhDuuOlOGuElNTTGpIBs0mAlqeLBLPljNZBZugkuN0zNeprhcXvKCemCtzvPkF9BS+JQNfpmJaEavL2a5+fyb62g9CntG4zU0W2b0Eoul+lrXW9x+ZzUPBdYzks3hpaQo/AfbH1VGdVKc/xWdHJVEn5QE9NtB1Yv7UW9Aho1MERhsGSRhcksx2PsUFzWOnUC9YVivem1D/coybXds+npqRDWa84FscdcKU8H0DvOWaCNGKgjUI0Caro3jhLG8vXjIKEtm2t9KStKNvQsjEV+x4d1T7QnxcBVV48M/PJggB2bNNe0IdWgaz7LyoFW8QaxL0C6tAKJgNnLldzh+wqh3j2mU3/fzGbWbd5au8qt87UmxRXCJS6Z77sDOQ8K4YSUOoTMik5KTmv4KdpfGrGzT2wan64OVwdaiTAgUS23nW+iILrWCfEh5D/yqxlNBZ7rsU4uOWKWzy3ytI5jLMTybF1fLHlvTUJUeLYFLk0Yp7MvB070FrzrjReHX+Cx4046LlSAnfdZPMbUfzmRg+BfDkl7s87PSyGqgj8bTx5ZfhIAtc6NptUkt6paHWOEE8+GYk2tCU0maJpwwZ0h4ruZaK+Hir/VLD8K0IEJLmdh2/1fmuNEME2jqW6X5QYQgJ5BP65HQaVuLO9Nmy+wWnFCHH6Q+1xrZ7dAs8tT+f2Sw90roon1JE7HEJsXzG+OKMiciXnqQxGulLcmm5US3UEeYxaVLWdv9ENxXj6hT7/uqc33y1risBOJz86O9Aisuqs1kkKTxj1nWFw9+kCcTWM7ITqu61heYO8JC8hRV9Bul4SlZ5Uk1JhefMK0ispMNYdGwWzkxVsRLmzA7M+w8Jcz/byJna7y+jFbNRwYYc5oVqkKz2fZic25s52zdyIZe11t5nTgWpz8C0bGwfaU3L4jHSQSDnyKUoNBGI9cN5IXq2JAVU5mPy9Qay3+GoNeqLcjwJyG4NfiYvJRHAH6sO7UKSo++apm0ro+mr87yHFqM4PhGMkYWWs9G2PzKZ2IJgy8a+1PhQ7qlOLTaWVWUwfde+265SJR/1yMu9JXvDRhPTWJJD2GC2ovrfRhkcr+807UDfELnHnUSTQxTOsC5nXvM2AGM8OKxhNp7+3LSHFPF573Mkv2SQ87hpV5UxSuOrQbGTiwhDFsvusdt+y5TYXOXVMhsQPKyEIpoYRYdK+LpE6Du/JVZxH3AjoinWHumImKlzkhMJU2Ul8fXDIqIkdlewHKthzBYVMKQHhCd3QAzgAUV3g2hy8GoEG87E3NVGiM5VkqpNJ9WYSrWhU0SvvtRuQ7JOaLf3mDGTgu8G1CBNsH94eGUvg4hr5H6So+ZUHniL0hpZm/nkscJMQSUibSVVP4mPfPZbPg4/5GjsHNOdUP4rfks3eamK+6GI+scnmAoJk3iWiQ4GZuOCIWgnqxwRi/ZY3MsypFPUjg4feZLojoPrIA4puUCwkcq9ay6eDP50Q9boJk6h96n/v2ogIyaU6zQaJcqrKILNabL4IImEoa1dU13+NX6NL/URgMMEFQb2aQSXh6f3f3MUmOdnjocUyaTKOPJhOhFUkOYGMI11+4Lf9RVkVqqQdl0Z/0Bn8HOMyb8RojK6ahO2Pro6a4ObO+Z07z9KG2+7IHBjkhEznsiYxOfYY975m3814SGPgy3rxNVN0328iIh3RA2VAije3KQkyU26zg4hdOrH4Z7stAAiyrmrvGPtYttOeoN/OaWDkR8thv/21RZIw4XSsyWmZw1AycIg6M+mVX2hGTyjZkns9T0Zv0zG/cV7H5/as6Ch+hFAk9eB9rRoZIdfA1KqlhseLABN6N45JZfRBjBGm38L9VjDabTzxvaMjbu1wCdsE1NCJh22MhJnUA0Ug7/I/jp21g8S25xNQN4epHiSvvp8T9qRUk2Wk5kI4pMEWOp8BdAaQKx5W3Mm0Rjh0w0+ClUFwTl4FP1DzV6xSSen4sXGj9JTTwPizzb52eyZCalKInVsoIlsEoi89kkISnJSSxn0CC74qcYhydYd689EDguFugwRZTzpo+GScJ7Tav57PSBDhErSTv6gmHlP2Q2KBNcksIwsoFqgKWIkEDUArn8fp7DgADiqSJKZOpJsoGTi6wXbe6fzEs5bu4U8Ixl+LhR+ZZe+U0xhQqxyus3cfO9H58KgiC10RM6PvMykV4pHTQ6K5Yqos8/8xnNyK/+oolNmQZWiD35fa2qBwiRYbz96NN3LuXiRxSoIuGSXbAqnrdOw2CKAnL+hOiI6p+70QAxef/6hGQRn40dAZkcZ+5enDVT1wWo/o6I/UUnGBclPMz3MnHj9EFI3zsTVSxPawWlt/krtO0M+eHoPUSeaVJSdN8OE4z5aoftf2fzi/JK6qPlehiCHaLbRTAXuPyZlI+wOFj/F0JZJUSP4Y8ID9ox3q/o+4rnol4KpAOv6NOHauk17lZGqfEXY/JNult34cP5O5DIw4nkXjAmO1kiCrAzAEDqn8z7knd4Sp7acgXeb2kUfiqEdgt9f52daPSCqyiE8/oxDzncYD1nvOvmetBk7vgq4LaY7+6GfXL4wwpe/KPMubLroFv6UBNELG+Xuivd75lmD5piID7znKdQK40LNlks0KFASE135TtyNLQaaG68hJ4jvRacGck+Vr3oG1lpHjQgk+ZMSKQTBRsx1STrZC8moQQ8SAbnp7WSYTGz7FV8LsmwR5YETnAlilf1E1GpdpPJQIR0Vym6Mmq5q3IuDKUbHkGsfgeXucOKaCQUsq9KOkcLTGegmTqq9BihVv019tVoPKw/DStTe/n0gh9/BaIubDGvXs8ckL27QfUpyfJGbKs+SVcV4ALhLTEtHKvWOLg0RskPGgkZy3zm/G5Bzwk5+4oE/KdA42UHHRrYLWVg/kccEimxZlSovHsXPQaPhniKGyK5MlAuCP77G1fQgRtJvN5UkTP2IxOCR0WHdzl4I9Ef6zvxnYmcAH3Lb4fVAcQhO/rlO/kccvqYZyV5O6ZkTuqn/KIUdmjhZXjYtCX4RLs8qOjjhAVV1PpkeFq6DDLGG+dlf5mBpYyezIhqxHUbNMsCAkY+y8ytz5hi5K1RSsL0i5wsJJX8jwpEoAiHQasDbJDQPx5ZCE7YbmNr21Jx4SMtrshw/sYXGJfaEAygTh26L/AoWgOlc5PjgtjgoKYxm/D9MvZW+uMkBTZ/08ZNuQTYXs2i6skWpnOC+Z9dNeErE6Ey3caJTCYxZOOov3XN0LPaJvdIdSIvPJXZdImXirdTzkHrytr5xmH4c+yc0Pna3yQRZNPX9TVncITplO04XsXerf0Q+VhuFqlB2M7TCKYQ1CaviJ6O3TaKa3t2WYSkUwBiya+FabR0zTELPhbulECciANWMvAVeUcx16BwGqVWsKTcrJS2hLffxdgzQfaNZ902n0Iv8nT+OJ9kD5gS5J4auHv9Sz7nj3oLIrQALmD9TxnixPDnlcLYSahFqpnoN+ZGkUsIhiYFd05AC4dB2/NaWjHR/CBRVZIMcr85BlePh4p/wBEal0ZeBCnhlp7KOR6XSn/HNV4DRPsWs8=", "iv": "d14fb78470e56faaaf505d284917d283", "s": "51621e737088563e"}"
    # decrypt_user_agent = "Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/109.0.0.0 Safari/537.36"
    # x_ark_esync_value = 1726704000

    bda = 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vhDfZGc6sXO9ur3grDqtE2zG4xsVlZbulP69G4QJy+OG+dgd/ipZ14Od04ev67wI7apSKQoX61Sr1ypasOUuJrSaoAl1qknDhtaZkQlG89z1LPFfOMQiWPAQQ6vmHeMHSEKGu9FeerGJJ8PWu5gLVRKEw9ui9/kRmPRbX7GIouuM0vQizY+s9sFLZ1iWqPEOqyOn2o0VlKDfNmNLEwYZXQsqtsqnH2UofK0qJmOTOVVJPxHOeNtqLwL6K76a9tXB8MZwGhcLgDYEQM9I1JPVE5LpqZWiml9owXTBBG4jwt7MgokfecT9KzyF+xRPWGk6W+o1xHaMO8Y+vbeInsBh8jY3B/PIQ74kZ0sJgZVT46q8E+eRXMg/IyqvFOi3hNeDphLd3aDJNCIqoBjYHUUXyUtMwn/cSvyuj6Ks4zlUHaw9reJg/Wv4u68qbWn5Pr27FLkL8SQvh+F71uNBoJgabJkL01essuE2X/GrGkIhp06hIf21ehDh1A/o96zBmH67RQHLh1Q7uaNvrJPH8fpw+bIcfGdCPvJ43wskDoVYu7yqsWH9XTXBXdnuvcY+faWv17DY44U/HQPhamFiC5xB/eleHdcLW2SAE8AWr3R4fm3WKfeBVSQi5VJKy2mH/yu3Lol1yhXBVVTZgbmX0Ot2+No/YjmHboDJVoWmTU+j2dipjF4V4ZKPl0cPL36ty+M+nKkSaFsZ/UopPJAcixai9iTTDEHct/+dZI9dc9FxilD4nTO1ckwY1XkYDeirxnRSBBz574hvIU3YESefGU3XX6vYH1DQGWbDOh3ToioPQF8hVYJplOyz8lD5TAiIsCEo8eY0onZ8WwH/Dw4wGnqfJRev3xr8Ge/UyqtUzY1R5k8Q2Xi9FuKfm+MSnYwx1KAHtZIu0jGeJ2dCJl/sgyoPyxanTl9F+nHLn426vb6F8u8lmJgsZGjBihu7hXRIPASdxKpUpVrfql43RJ23SBNWHHDmENadSiqrROLAKZ+k3J/NRq8YEHXs9dYUPCLLBOxYpjuGtw1IMKIFg509JSKkbHpo8bZqHLkDpmTHbmGTUS7cSnowCCrNeVI8B20Mn4i0exsgRFRGIE/XrKy9t9dpXzSnoB6b07RJ6COoqHgvQVWtDV41mXEj00sQ0dhDTpuOEVpZfmWEH3ttWGd2uqsitSMyj4oCzY6zAE4bMiaUE2KEAIWBZtiksOghz0nenERKJ6e0uAWp/P/leNuwTAjL1JvCNa/9FS7TIMbUlTljcIixujigMtOqm2cjW2nh8uiCmBBRFQe9wTJqWDVaW4i6d/cEzoCQxFlMvk+DzgVp90PQHWJKxMzc4Ta3vJntECi9JKCuikyGQcwBmwkT+mnLiWzMHlajyaz3FLwePpCAs0GT6H/WZ1oEipcCu12NlXvqSNVECd1BH6TUT1mEd5VhMpICu0xlhKSpcWgIIWbGY540qk8jixd3JgFfQDoVRMLaxszBRxqIiX6rtVFTuuNWTVesuNOipZgGVeNfyt2pN3DVT2mTRQtfk2nGA1IE6JgpefEi1bTZUhTVMvirOFTGj6lexP5kVORY+o0sPrsCnwFnaBFbsEGC0fZbFvl3zROeC3+oKIBZAKXlyXDbdD6GOybl9LoS++YeJd0UdOL+cZG4grBys5uNS1+ngPRZOsVv0PKxhZRDloLpkoHwdjfJnz4p8DzqFav/e0Nkqp2KXfmfxO0XXnDh2GlUWhwRIKquh6VPw+qEGTcnvR6OxiN3u0OcIXrdKMjEBIt9Hws44kVv1WPWprYERIQmAYeVvFWP8RZ88b5Sy7EUh6QfIoYPdapDBQWoGlMZ7EqKf/E9ajGJdnjMcoKt26016dZ61woAP1SYx9EfLtkbMnKoVvyGaCx2lu2Ia+voiOtK22Ky2eTPWyMeLoAVSJv6H+cKrfx8we2+jdoSiWfP5rJrxyeRforskKk/IerjzUWtuNTa/LUO2p7uTKYjhBvPlzm7SIBCji1qb2DMYRHPUIfshZZ4EGxmgRKVJGH9SS/D/8fmGwcR5NfqM+9lZt0yvYjjiTqOSqHV583/ByqXq/a78JcFotI81Z4VOyN0YQ6dyChiWHx7vRcL5iVTqTfWrByUX/mNxk+dRK933oKhVlk3eZ3C6iCQs913B+dFUiLJn/9V+WnYYRE9+uJ4vGcX7E3eMafbJBJiEOqhhF9dJGP7S0X8IMkScml34at1+F4yI1B3DlAv0IoSaNLTjAegmzQGoVuRBAD8Cyk+1PdOCY30IT4Tcxx1HAUZNKSyfeCjZMF4Pxuk9TUefo7zi45in74vXXqSacKiIxA74TkuDOKl+NKbhZaK7BLsLJ/6xjA/3I1/NDjHenAfe8H14l/cNyDe+zSq899Vd+4hFHn2CfJo/1+mcw2rMT+cK5NogX9/BF0LgndZgWqZGKMWehUSqO+CbDhodO4Rr9DIsCWB4vvZZf6woUcfphFV0UBLCmwyPv7pMM6FAawcTLj3V2QGzsu+OA/GaCw4WUmLSzXI7Tgo5+nDEcfeiZc7n7zSdcq9eClITEdeV6xcgKxn3ICcyIQVbKRZo6Q8e+vb2DU32wa8KLQBQkQpcIjs1k20t/BditFrUtp5Lm3HyAdzVeedVdDqD0zq5q0ZLQ+ktAD2gBG5awFw2/qR7dvKWNzOkZmFqiB6j0DBSs4nw/z85X0c3jXfr0MN3I3ATX7V/lqPHep0G8LGgcAQLZ+pdWSkK3iabCkWwO/QwGCJi2ii3nk94Ck+5wmkFbo7ej+d/POJpfZWXSHBIRVs0BNIUHq0pXzJBXLAD5Cc4uMCja4jUbrOmyPQ9hyiyB/DDfx9InDZssKa1je6AR3LVoUfByT+R1L7zsE1A9F7QCItK0P7uvfdiyQixoPoDMwSgDndMeP5G8puetuKMSSm1EAzegs2rS2l0MxWgvHkTWa59hlh/trusjm1XFkPz6j/Lp+qThdduElPlzqr6CgWDLCvj7fZa1IOZzJ9tMN9ixLNZQ6L+B10RV0P2fWxoTy2OoVI93BnGzOxyxxoR8HnmxvWZERr++HtNM1FLHDsXPOED9NumtvKHW90QgQ9fC6f3zRKKDwzGe5GBhlomZCJ8bc6Swp168UscmxOaFl8vsLFnp4AA3WX+7JFM3+c69hn3cZOYqMIsjDjRvRr3e9HhIgA/UfMKE9exoklAG1An+Xghn/qYaSuWv9LhWPqng94mL/jLd40rDabc0Sdv2YSBzdugqeDKErrYUMCL8mrfu5ouj4WJteXYYARoMON73RrQhgG3elNZ2rOok4I6XfgzzjU3uX5zcto/hV4SafyLz+YONxlxMORJgwd1EMoaIX4ERA4qRHzMp1Y+0RR5QHqyvOuYxdjKD+W9mieI81efzfJBlVSRmR8bsRRkxm4Vd8Jj/SztbGhSIe8VdA+rZKbTBFoemUrEy7lB1c6zsAcHwnQfnxpTGaK7WgU3Om+TF5Djv8e3ApfbZGAboyazjNh/ukL6tAanZ1774Wys4LcSzEAHouJozSoig+KW7V1eypapYB8/TFQ3jYwtjj+I2oIp0eE0n+6m3ZdcgG+08SQ6jLb9CsSOwruFzxiT+hjSza7YKqEkHoB5YmDUa58WC+/eCw6fzLTs4Y1K6L5nQ7LJiDhsL2gcsnYRi0Nu1iAUXqkxXxoO4qYx8Nh0gqYADqz9M2ht+09OBB7avs/X2L3QjbCIlS8iC504UvMTaxp26cRMYeR+Lllf0U3X0HwZTBdeybFB1kJTsfPTeY4tWfAVb6/aXb9VO2OjGQMK96uzDRug5Xc8x68If8Fpb68aq/7XyTUKgkoNDpaN/HlfKeAKbl5G/W3e+QghWwS4QDamtTan1ViHQqrS4nyvTamQtrTCuMR5d0brQ8+Gmbof5jGO0UCfD4SqAIh9cJSafpiapQbo9jV6Ui+RiXyr35R9QCA7PwZq0vQ3+awv7GNwCcOEdR7Z4WEgQUDov8ZuBcfwiXWe5t2YOH4o2Roww51K/aEsGvTTvp2jzqaGNmvXblRlp4nUlY+S2/Is1js++KWQCjtTszUjJGA71vhFxgkGue0LisNoirNFQ3neDDN17Jg7oZ+a/DxqXo9vJKi5onXY59am6d5sykvW/rmEG7Y0utCYcpBESh4rpjz4mSZV5piIKFSpjk9Y0sXqNVdBpAQL3tX5jP1hVpQ8XQYzOsl605XyQXcXRQRuILpgMwT5SE73z8d9vckmVeFvq6fP99gOrB6i5AdlEMHf711B2oIYFOm3zyqW9JLGDMIRb5n+kdQUW0uCLvz54EyN395gZeEdDY4F2B/JC5KZuR9JexHC9hOOMya2ZhRJu0GT/YB8eseyAyprDSUwgkiCD8LpN/rI/4gsFCoi6qyvfA58sEWsqrlK5QWJZO2mL/FbmivG/KcQb3G1yS7JEkpiIahbk6EWQk3sL8ae22pZhOeUGkrsZjVu1wIp8F3nOnDIj54GQaVfr9DoI6Ps9HNm80caxWIg3qHg/z0LL05GS2fS1O098Pck8AdFF/aC0F+tkTlqT6ZKCwKFU3gkV5hiALAlng20nrtGDpLKoIqLRfHBTERauXahhbPJMZ/qj3S+dWbpBWRc1IRZ8GL8YgHKay3taoHd9kqkc0V2QRgQn6zMWNk/8+x/yqim2+7hgPl6K2ivBizg2pAmTci4oM2Nq9iF2okiyFuEHCCzKDcx0zUNWQomcsacn8Ig4Fh0wYi2u29zcxB6nCKEKdSq4yBgptxtJD3RPpUWrysPnp4J+piiRw7pvxz28FMyrFtxmqpTxKrGJjW/lbqIjnpxGk+6JYFGKx5O1TocwChs1VQMJtrrFyBzUx33hV8lc+oOON71qHzFrixsdfN7bnbS3huMCre5iDf6AXR48aqcVB0kCz67seGSNpmxdB16RDFv0V2EcPIKFlt1etLj9Q72iXh2WXr0EAT9RCGGZ4AhoyMQZao6nPWr2TMNgWZuIbVXDglOoYxyvNsApjyB2uMolq8NrGkO7kllf9l97OxrJF8S+dmjlRQrf1j0nB+BBcDY0732MNglAwuu0BpYbArNZSTLdcX2mf8vVy7TAH5sW2f1mdlwbJWa+UDhXsv1hdOsQYF3bowtBFOVYM2Yvu3utEBT7t4dYW3mQbEtlRax3KPtTagbqZRlZrpx09FYiUCbQTKblvQlJcc2qmOlBe2FSt+sQOQP7rZYnv0yPa2uT+ONqmmh+q0HpGFc/w8qjSTP6c90zsZxU+V9jymqdy9XNKDpegJ4ur4qET08rwDH3/8Bu9KmsNp10PHhZyoIdXNRP2fqhNGxqxOy6cUMhnk1c4pPzRMRGIPE0sdDA/TPqnhEnlAYS2q+851l8vd1cF3zvYOKqXcXUeVE+BJ2A/25ExQ2fh+hgZ7OtzYEt0h6Z07MmJHesPcALzsE6n0LQb6B/Ia35dWd8S7a/FcdHALV+FU+BiDENOhdTVtgEdQpdLAM3/wtOnmVe8jDwBLoVFiTdN9+IcSdIzysgLKq4XsohzUMIvrhm9IF17ZnPUCE815pP1hXR3jMrOD8c5BALyDS5Wq6QiIklOgqmTjP/3++EbExF1VttAMDTHaE4yFVgMZJNmvtDKZQMkN8oeSsGzDsKUiK4H6NnZ3DQZFWSJdHgQfhGuIfTS5QUL28FYIDJ+SMmbj78txE0VUCl/V0awZBtxyFoIq0CgKMJo7eEM/M1aUdg9xiWJ/d7i0XTRxUpW3UFgyv8ArTdAgJYusgHnNOx7bvZsdAgT/PYgxcVtK7jo/Uc3bT8SMGeAhjMTnk0JI7waOByVOwSaP4SlJSmG9AUsCIAl9bNZU7/TjCatAtTRImrBBx1AhSph8NqLYv4wlSRcyN/6e9ArskwobAowYJ0yVB77KzmVykEAApNF7V5yxhmDIwhPr28WGN0woP1+z5RHHuiz9YjWfvXFnHeT72lWiw2stRHurRWzVgJUWFvL14yDg3KWVL08wKfQeeagi2xsIzNB8Kj54tI/tqD3qDbQ3Ld8E7+ghf+YFKVnZY4/MWryma6rPU0VZFjU8krEtSpMNw97lSwJAhAcCU7RJ4kxTYYrw6HQV+x/lyd53UCWcFnfrWOy/whsxX7pfh6e9MkeixxUOl7mpEjPUkgxp01rNgxaqkx4ETff0qx2onnBP7rDA+Tk3l/Rw2TqiD7mxUZqR7SCNNJQR4G4ZfeZQH80eJzDzQqFvi00obVGVv3YePDhK54Ux+2rCKQdBzoX9nloF0jl/GbCHYEFx/VwQVeqmkTpaqv0ZsQM8/MWTuYLWEUdwOW+6aEVpNPTdpQbfWeSDsH84VikpBBb0c6MiAC7qzLhmbNubsy46nf/tePY49DtqKaqVuTs0RBL92Sw7hzNBKXX6PIf14rgJlthSvODR11VhT+gNvjih3ry0A66rjH9vDfhbih1FVZa2LO8e7ltraS4x6mKnyOSdrQpTZyNDJfqS7DDmTGMwqDB4n+9IlPgh6+P/7KNQryqNSPTs1hAHXUXqxws2a2JJbfC0N/NlH7ulBnJ7h9Co/CAfThIVm7ILA8nSeHDFy0Mo05gf+/M0VP+6zegEdAXkvzinsJX8GYYx/ArixtdMrxgnzk588v+UTbN2Unln4Nyc53a44mbb7nYJvHjksYyg8ycuh4OB3B7zfEg=","s":"4f47725e0b6cd923","iv":"203b9365d8cb43d79a8277d6c34f5198"}"
    decrypt_user_agent = "Mozilla/5.0 (Macintosh; Intel Mac OS X 10_15_7) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/127.0.0.0 Safari/537.36"
    x_ark_esync_value = 1724328000
    bda_info = get_new_bda(bda, decrypt_user_agent, x_ark_esync_value, encipher_user_agent)
    return bda_info
